[资料转载]几篇英文基坑支护论文 [复制链接]

Anchored geo-support systems for landslide stabilization.pdf =(3Yj[>st  
Bearing capacity and load-deformation characteristics of vibratory driven piles.pdf ki8;:m4  
behavior of calculated nail head strength in soil-nailed structure.pdf !jySID?q  
Centrifuge modeling and analysis of active trapdoor in sand.pdf ZNKopA(=|%  
Centrifuge Modeling of Geosynthetic Reinforced Clay Liners of Landfills.pdf [J{M'+a  
comparison of interface shear strength of soil nails measureed by both direct shear box tests and pullout tests.pdf zAZ+'9LB  
design charts for piles supporting embankments on soft clay.pdf Hdn%r<
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document.pdf ev{;}2~V  
dynamic failure mechanism of soil-nailed excavation models in centrifuge.pdf S.I3m-  
Fundamental study on single anchor and anchor-reinforced systems.pdf n&n WY+GEo  
Landslide Stabilization Using Soil Nail and Mechanically Stabilized Earth Walls Case Study.pdf <27:O,I  
model tests of hydraulic performance of pit 6 daMulti-scale finite element modeling of strain localization in geomaterials with strong discontinuity.pdfm stilling basin.pdf .:b&$~<  
new approach to limit equilibrium and reliability analysis of soil nailed walls.pdf  Fhk 8  
project-specific steel sheet piling applications.pdf \U?$r[P  
simplified trial wedge method for soil nailed wall analysis.pdf O7Z?y*  
soil-nail pullout interaction in loose fill materials.pdf P4VMGP  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf YcmLc)a7  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf 
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Using the impulse response technique to estimate the length of in-situ soil nails.pdf AW R  

Anchored geo-support systems for landslide stabilization.pdf n|M~C\*  
Bearing capacity and load-deformation characteristics of vibratory driven piles.pdf jR_o!n~5  
behavior of calculated nail head strength in soil-nailed structure.pdf D^30R*gV  
Centrifuge modeling and analysis of active trapdoor in sand.pdf O u-/dE%  
Centrifuge Modeling of Geosynthetic Reinforced Clay Liners of Landfills.pdf yU{Q`6u T  
comparison of interface shear strength of soil nails measureed by both direct shear box tests and pullout tests.pdf J
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design charts for piles supporting embankments on soft clay.pdf v]?zG&Jh  
document.pdf y!kU0  
dynamic failure mechanism of soil-nailed excavation models in centrifuge.pdf %`# HGji)  
Fundamental study on single anchor and anchor-reinforced systems.pdf mWP1mc:M(  
Landslide Stabilization Using Soil Nail and Mechanically Stabilized Earth Walls Case Study.pdf uE]Z,`e
 
model tests of hydraulic performance of pit 6 daMulti-scale finite element modeling of strain localization in geomaterials with strong discontinuity.pdfm stilling basin.pdf <Rb[0E$  
new approach to limit equilibrium and reliability analysis of soil nailed walls.pdf L|*0 A=6  
project-specific steel sheet piling applications.pdf DTMoZm  
simplified trial wedge method for soil nailed wall analysis.pdf SqosJ}K  
soil-nail pullout interaction in loose fill materials.pdf 0^m`jD  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf Ifu[L&U  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf u(Kof'p7  
Using the impulse response technique to estimate the length of in-situ soil nails.pdf

Anchored geo-support systems for landslide stabilization.pdf 9{cpxJ  
Bearing capacity and load-deformation characteristics of vibratory driven piles.pdf O,[9E  
behavior of calculated nail head strength in soil-nailed structure.pdf >oGs0mej  
Centrifuge modeling and analysis of active trapdoor in sand.pdf .ED8b5t|  
Centrifuge Modeling of Geosynthetic Reinforced Clay Liners of Landfills.pdf A?+0Ce&qL  
comparison of interface shear strength of soil nails measureed by both direct shear box tests and pullout tests.pdf hR+\,P#G[  
design charts for piles supporting embankments on soft clay.pdf wV\.NQtS  
document.pdf |6O7_U#q  
dynamic failure mechanism of soil-nailed excavation models in centrifuge.pdf NE)Yd7m-  
Fundamental study on single anchor and anchor-reinforced systems.pdf 2CY4nSKW  
Landslide Stabilization Using Soil Nail and Mechanically Stabilized Earth Walls Case Study.pdf &~K4I  
model tests of hydraulic performance of pit 6 daMulti-scale finite element modeling of strain localization in geomaterials with strong discontinuity.pdfm stilling basin.pdf #7r13$>!  
new approach to limit equilibrium and reliability analysis of soil nailed walls.pdf B~h3naSe  
project-specific steel sheet piling applications.pdf _g2"D[I%  
simplified trial wedge method for soil nailed wall analysis.pdf hqW),^\>'  
soil-nail pullout interaction in loose fill materials.pdf 6.'j\  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf bP)(4+t~  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf *Tum(wWZ  
Using the impulse response technique to estimate the length of in-situ soil nails.pdf

Anchored geo-support systems for landslide stabilization.pdf >n"4M~I  
Bearing capacity and load-deformation characteristics of vibratory driven piles.pdf [e f&|Pi-  
behavior of calculated nail head strength in soil-nailed structure.pdf `Iqh\oY8-  
Centrifuge modeling and analysis of active trapdoor in sand.pdf ''?iJFR  
Centrifuge Modeling of Geosynthetic Reinforced Clay Liners of Landfills.pdf !I jU*c@  
comparison of interface shear strength of soil nails measureed by both direct shear box tests and pullout tests.pdf %}}?Y`/W)  
design charts for piles supporting embankments on soft clay.pdf x+8%4]u`  
document.pdf Q.MbzSgXL  
dynamic failure mechanism of soil-nailed excavation models in centrifuge.pdf \&MJ(F>vJ  
Fundamental study on single anchor and anchor-reinforced systems.pdf  &Sdf0"  
Landslide Stabilization Using Soil Nail and Mechanically Stabilized Earth Walls Case Study.pdf [C`LKA$t  
model tests of hydraulic performance of pit 6 daMulti-scale finite element modeling of strain localization in geomaterials with strong discontinuity.pdfm stilling basin.pdf TFG0
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new approach to limit equilibrium and reliability analysis of soil nailed walls.pdf `V2doV)  
project-specific steel sheet piling applications.pdf i?:#lbw_  
simplified trial wedge method for soil nailed wall analysis.pdf ;Qi0j<dXd  
soil-nail pullout interaction in loose fill materials.pdf zhgvqg-  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf  \OW.?1d  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf ^u:bgwP  
Using the impulse response technique to estimate the length of in-situ soil nails.pdf

Anchored geo-support systems for landslide stabilization.pdf ^O QeOTF  
Bearing capacity and load-deformation characteristics of vibratory driven piles.pdf /d*[za'0  
behavior of calculated nail head strength in soil-nailed structure.pdf L_Xbca=  
Centrifuge modeling and analysis of active trapdoor in sand.pdf nIWY<Z"  
Centrifuge Modeling of Geosynthetic Reinforced Clay Liners of Landfills.pdf iyv
5\  
comparison of interface shear strength of soil nails measureed by both direct shear box tests and pullout tests.pdf 6&;h+;h  
design charts for piles supporting embankments on soft clay.pdf &Lbh?C  
document.pdf *|as-!${k  
dynamic failure mechanism of soil-nailed excavation models in centrifuge.pdf 8/<+p? 3p>  
Fundamental study on single anchor and anchor-reinforced systems.pdf `Jj q5:\&  
Landslide Stabilization Using Soil Nail and Mechanically Stabilized Earth Walls Case Study.pdf ,*.qa0E#W  
model tests of hydraulic performance of pit 6 daMulti-scale finite element modeling of strain localization in geomaterials with strong discontinuity.pdfm stilling basin.pdf J-z<&9  
new approach to limit equilibrium and reliability analysis of soil nailed walls.pdf 6>gm!6`  
project-specific steel sheet piling applications.pdf #Q"04'g  
simplified trial wedge method for soil nailed wall analysis.pdf :?j]W2+kR  
soil-nail pullout interaction in loose fill materials.pdf Jb6)U]  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf e^k)756  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf |pZ:5ta#  
Using the impulse response technique to estimate the length of in-situ soil nails.pdf

Anchored geo-support systems for landslide stabilization.pdf q)3QmA~  
Bearing capacity and load-deformation characteristics of vibratory driven piles.pdf K+|0~/0  
behavior of calculated nail head strength in soil-nailed structure.pdf (QS 0  
Centrifuge modeling and analysis of active trapdoor in sand.pdf zeD=-3  
Centrifuge Modeling of Geosynthetic Reinforced Clay Liners of Landfills.pdf r72zWpF!Ss  
comparison of interface shear strength of soil nails measureed by both direct shear box tests and pullout tests.pdf |$Cfm}  
design charts for piles supporting embankments on soft clay.pdf 1}~ZsrF  
document.pdf Z>[n~{-,p  
dynamic failure mechanism of soil-nailed excavation models in centrifuge.pdf 0|kH0c,T-  
Fundamental study on single anchor and anchor-reinforced systems.pdf >*EJ6FPO  
Landslide Stabilization Using Soil Nail and Mechanically Stabilized Earth Walls Case Study.pdf gnadx52FP  
model tests of hydraulic performance of pit 6 daMulti-scale finite element modeling of strain localization in geomaterials with strong discontinuity.pdfm stilling basin.pdf X!6$<8+1OV  
new approach to limit equilibrium and reliability analysis of soil nailed walls.pdf m^ /s}WEqp  
project-specific steel sheet piling applications.pdf JfRLq
A/  
simplified trial wedge method for soil nailed wall analysis.pdf #~4;yY\$I  
soil-nail pullout interaction in loose fill materials.pdf kP1cwmZ7F  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf a4mRu|x  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf |-TxX:O-  
Using the impulse response technique to estimate the length of in-situ soil nails.pdf

Fundamental study on single anchor and anchor-reinforced systems.pdf 6]mAtA`Y  
Landslide Stabilization Using Soil Nail and Mechanically Stabilized Earth Walls Case Study.pdf Q$Rp?o&  
model tests of hydraulic performance of pit 6 daMulti-scale finite element modeling of strain localization in geomaterials with strong discontinuity.pdfm stilling basin.pdf :o:Z   
new approach to limit equilibrium and reliability analysis of soil nailed walls.pdf p*l=rni4  
project-specific steel sheet piling applications.pdf S{Zf}8?6$  
simplified trial wedge method for soil nailed wall analysis.pdf b#*"eZj
 
soil-nail pullout interaction in loose fill materials.pdf t]T't='
  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf K1w:JA6(  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf L) UCVm  
Using the impulse response technique to estimate the length of in-situ soil nails.pdf

Fundamental study on single anchor and anchor-reinforced systems.pdf gYloY=.Z$'  
Landslide Stabilization Using Soil Nail and Mechanically Stabilized Earth Walls Case Study.pdf *J{E1])<a  
model tests of hydraulic performance of pit 6 daMulti-scale finite element modeling of strain localization in geomaterials with strong discontinuity.pdfm stilling basin.pdf >vXS6`;  
new approach to limit equilibrium and reliability analysis of soil nailed walls.pdf [
~kS)  
project-specific steel sheet piling applications.pdf 8tO.o\)h  
simplified trial wedge method for soil nailed wall analysis.pdf q{+}0!o  
soil-nail pullout interaction in loose fill materials.pdf TPLv]$n  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf O)"Z%B  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf 39d$B'"<1  
Using the impulse response technique to estimate the length of in-situ soil nails.pdf

soil-nail pullout interaction in loose fill materials.pdf Oc-ia)v1G  
Soil-Nailed Wall Under Piled Bridge Abutment Simulation and Guidelines.pdf ],{M``]q  
Three dimensional slope stability analysis and support strategies for conical excavations..pdf
ZZYtaVF:  
Using the impulse response technique to estimate the length of in-situ soil nails.pdf